
Contributed educational features to the mphowardlab/essential-math repository by developing practical calculus content and enhancing documentation. Delivered real-world integrating-factor examples for first-order differential equations, such as a mole balance in a tank with varying flow rates and a hormone-level model, using Markdown for clear, runnable teaching materials. Expanded the Derivative Rules documentation with a Skill Builder Problems section, providing five practice problems and detailed solutions to reinforce differentiation techniques like the product rule, chain rule, and trigonometric derivatives. Focused on technical writing and documentation to support self-guided learning, streamline course adoption, and lay groundwork for future content expansion.
May 2025: Delivered a new Skill Builder Problems section within the Derivative Rules documentation for mphowardlab/essential-math. The section includes five practice problems with detailed solutions, covering differentiation techniques (product rule, chain rule, and trigonometric derivatives). This work enhances self-guided learning and reinforces core calculus concepts. No major bug fixes were recorded this month.
May 2025: Delivered a new Skill Builder Problems section within the Derivative Rules documentation for mphowardlab/essential-math. The section includes five practice problems with detailed solutions, covering differentiation techniques (product rule, chain rule, and trigonometric derivatives). This work enhances self-guided learning and reinforces core calculus concepts. No major bug fixes were recorded this month.
April 2025: Delivered practical integrating-factor examples for first-order ODEs in mphowardlab/essential-math, including a mole balance in a tank with varying flow rates and a hormone-level model. Updated credits to attribute the author, and ensured runnable teaching materials with clear documentation to facilitate student learning and quick course adoption.
April 2025: Delivered practical integrating-factor examples for first-order ODEs in mphowardlab/essential-math, including a mole balance in a tank with varying flow rates and a hormone-level model. Updated credits to attribute the author, and ensured runnable teaching materials with clear documentation to facilitate student learning and quick course adoption.

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